Add to ORKGAgronomic research has shown that no-tillage cotton production combined with winter cover crops can improve soil quality by reducing erosion, increasing organic matter, and improving water-holding capacity. Farmers interested in incorporating winter cover crops and no tillage into their production system need information about profit maximizing N fertilization rates. Cotton yield data for 1984 through 1999 were obtained from a winter cover crop experiment at the West Tennessee Experiment Station, Jackson, TN, and were used to estimate N response functions. The experimental design was a randomized complete block with split-plots and four replications per year. Broadcast ammoniu
Over 70 % of the cotton (Gossypium hirsutum L.) in the Tennessee Valley of northern Alabama is curre...
A dynamic optimization model which introduces an intertemporal nitrate-nitrogen residual function is...
ABSTRACT to optimize crop yields in a dryland annual cropping system. Long-term N fertility studies ...
Although several researchers have studied N sources and application methods for conventional-tillage...
With increased environmental pressures, cot-ton producers may need to improve the efficiency of N fe...
One of the many benefits of cover crops (CCs) is nutrient provision, which can be optimized by synch...
Precision farming technology in irrigated cotton production has the potential to precisely manage in...
Management of crop residue is a critical part of no-till production systems. In many cases the use o...
Petroleum prices impact cotton nitrogen (N) fertilization cost. A field study was conducted from 200...
Cover crop adoption by producers as part of a production cycle depends on their objectives regrading...
Long-term conservation tillage and straw incorporation are reported to improve the soil health, grow...
Nitrogen is required for adequate residue production from cereal cover crops used in no-till cotton ...
Abstract. Southeastern soils are characterized by low organic matter levels and consolidated soil la...
There is a national drive in the USA to have 50 % of the cropped area under conservation tillage by ...
Abstract: Over 70 % of the more than 100,000 ha of cotton (Gossypium hirsutum L.) in the Tennessee V...
Over 70 % of the cotton (Gossypium hirsutum L.) in the Tennessee Valley of northern Alabama is curre...
A dynamic optimization model which introduces an intertemporal nitrate-nitrogen residual function is...
ABSTRACT to optimize crop yields in a dryland annual cropping system. Long-term N fertility studies ...
Although several researchers have studied N sources and application methods for conventional-tillage...
With increased environmental pressures, cot-ton producers may need to improve the efficiency of N fe...
One of the many benefits of cover crops (CCs) is nutrient provision, which can be optimized by synch...
Precision farming technology in irrigated cotton production has the potential to precisely manage in...
Management of crop residue is a critical part of no-till production systems. In many cases the use o...
Petroleum prices impact cotton nitrogen (N) fertilization cost. A field study was conducted from 200...
Cover crop adoption by producers as part of a production cycle depends on their objectives regrading...
Long-term conservation tillage and straw incorporation are reported to improve the soil health, grow...
Nitrogen is required for adequate residue production from cereal cover crops used in no-till cotton ...
Abstract. Southeastern soils are characterized by low organic matter levels and consolidated soil la...
There is a national drive in the USA to have 50 % of the cropped area under conservation tillage by ...
Abstract: Over 70 % of the more than 100,000 ha of cotton (Gossypium hirsutum L.) in the Tennessee V...
Over 70 % of the cotton (Gossypium hirsutum L.) in the Tennessee Valley of northern Alabama is curre...
A dynamic optimization model which introduces an intertemporal nitrate-nitrogen residual function is...
ABSTRACT to optimize crop yields in a dryland annual cropping system. Long-term N fertility studies ...